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Data Center Power

Energy Storage for Always-On Infrastructure

Reliable, scalable BESS solutions that ensure uninterrupted power, reduce grid strain, and support the rapid growth of energy-intensive data centres.

25%

Lower carbon emissions through renewable integration

99.999%

Maximise uptime and resilience for mission-critical operations

30%

Reduce peak energy costs and demand charges

50%

Accelerate grid connections and enable faster deployment

Why Choosing Data Center Power?

Our Data Centre Energy Storage Capability

Energy storage is becoming essential for modern data centres, where even minor disruptions can have significant financial and operational impact. BESS enables uninterrupted power supply, seamless backup support, and improved power quality, protecting critical IT loads.


By integrating energy storage, data centres can reduce peak demand, manage energy costs, and unlock faster grid connections in constrained areas. BESS also enables greater use of renewable energy, supporting sustainability targets while maintaining performance and reliability.

Our BESS solutions are designed specifically for the demands of high-load, always-on environments. We provide flexible, scalable systems that integrate seamlessly with existing power infrastructure, supporting both new developments and retrofits.


From peak shaving and backup power to grid stabilisation and renewable integration, our systems optimise performance while reducing operational costs. Our solutions are engineered for high availability, ensuring mission-critical uptime and long-term reliability.


Backed by UK-based engineering and operations teams, we deliver end-to-end support—from design and deployment to monitoring and maintenance—ensuring consistent performance throughout the asset lifecycle.

  • Scalable BESS solutions tailored to hyperscale and edge data centres

  • Integration with backup generators, UPS systems, and renewable sources

  • Peak shaving and energy cost optimisation strategies

  • Grid connection support in constrained or high-demand locations

  • High-reliability systems designed for maximum uptime and resilience

  • Full lifecycle support including O&M and performance monitoring

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